Melanie F. Simons

University of Bristol, Bristol Robotics Laboratory

Papers

Total Citations

106

H-Index

About

Melanie F. Simons is a pioneering researcher in soft robotics and haptic interfaces, specializing in wearable technologies that enhance human-robot interaction and sensory feedback. Her major contributions center on developing soft, compliant systems that bridge the gap between robotic prostheses and natural human sensation. Her most cited work, the "B:Ionic Glove" (2021, 42 citations), introduces a soft smart wearable device that provides affective sensory feedback for upper limb robotic prostheses, addressing the critical lack of sensation that contributes to high prosthetic rejection rates and phantom limb pain. Simons also advanced tactile communication with her skin-stretching interface (2019, 27 citations), offering an alternative to conventional vibration-based feedback by mimicking natural physical stimulation for human-robot and human-human interaction. Her innovative use of auxetic structures for soft robots (2019, 20 citations) demonstrates how compliant, 3D-printed cylinders can deform to navigate challenging environments, while her RUBIC platform (2019, 17 citations) achieves untethered, discrete path following—a significant step toward autonomous soft robots for extreme conditions. Through these works, Simons has established herself as a leader in creating intuitive, biomimetic interfaces that make robotic systems more accessible and effective for real-world applications.